A beginners guide on quantum machine learning
Classical machine learning has changed the internet in a dramatic fashion. Because of this, researchers put a substantial effort into the develop of quantum machine learning. In this series of tutorials on quantum technologies, we provide a basic introduction into some of the fundamental concepts behind supervised quantum machine learning algorithms.
In today’s world, the word “quantum” evokes similar dreams, hopes and reactions like the words “blockchain” or “artificial intelligence”. Enthusiasts focus exclusively on the disruptive potential. The greater public sees it mostly as a big hype which is impossible to understand for normal people. This hipster role is rather new to the quantum sector. It has largely evolved under the radar to the greater public for the last one hundred years. In our tutorials on quantum technologies we would like to provide our readers with material to parse the news, get started with their own algorithms or simply extend their horizon.
So make sure that you sign up to get access to this ever increasing reservoir of information on quantum technologies. If you are interested in specific topics, please write us and we will try to add more relevant content. If you would like to have further information or develop a training course for your company, please contact us.
We recently started to implement a new version of these courses, which should enable progress reports, quizzes etc. So feel to head over to our test section as a beta tester.
A beginners guide on quantum machine learning
Classical machine learning has changed the internet in a dramatic fashion. Because of this, researchers put a substantial effort into the develop of quantum machine learning. In this series of tutorials on quantum technologies, we provide a basic introduction into some of the fundamental concepts behind supervised quantum machine learning algorithms.
Introduction to generative modelling with quantum hardware
Unsupervised machine learning algorithms have learned breathtaking tasks like the creation of photorealistic images from simple text inputs. Because of this great power, researchers started to translate those concepts to quantum hardware. In this series of tutorials on quantum technologies, we provide a basic introduction into some of the fundamental concepts behind generative modelling with quantum circuits.
Introduction to quantum hardware
Quantum technologies are rapidly evolving and different applications require very different hardware platforms. Especially for computational tasks there is a fierce competition with unknown outcome. In this series of tutorials on quantum hardware, we provide a basic introduction into some of the fundamental concepts behind leading hardware platforms like superconducting qubits, trapped ions or cold atoms.
Introduction to quantum technologies
The hipster role is rather new to the quantum sector which has largely evolved under the radar to the greater public for the last one hundred years. To bring this into context, we will summarize some basic concepts of quantum physics and then discuss the four pillars of quantum technologies. The whole course will be conducted without the need of any math.